加州理工学院近日研发出了一种新的太阳能电池，其基本原理是将细长的硅线阵列嵌入聚合物基板中。除了纤薄可弯曲外，它对太阳光的吸收和光电转换效率 方面都取得了极大地突破。此外，和传统太阳能电池所需要的昂贵的半导体材料量相比，这种新型太阳能电池仅需要一小部分。阅读全文@cnbeta

以下是TS给你带来的第一手报道，原文来自caltech.edu

Caltech Researchers Create Highly Absorbing, Flexible Solar Cells with Silicon Wire Arrays

PASADENA, Calif.—Using arrays of long, thin silicon wires embedded in a polymer substrate, a team of scientists from the California Institute of Technology (Caltech) has created a new type of flexible solar cell that enhances the absorption of sunlight and efficiently converts its photons into electrons. The solar cell does all this using only a fraction of the expensive semiconductor materials required by conventional solar cells.

“These solar cells have, for the first time, surpassed the conventional light-trapping limit for absorbing materials,” says Harry Atwater, Howard Hughes Professor, professor of applied physics and materials science, and director of Caltech’s Resnick Institute, which focuses on sustainability research.

readmore…

这篇科学报道的 nature 杂志发布地址

转载说明：本文是介绍“扩增实景”（扩增实境）技术的，扩增实境浅显来说是一种虚拟和现实结合的技术。虽然这个概念已经国外已经提了很久，但在国内还是很少提到的。近日Google发布了基于移动平台的Goggle搜索，利用到了增境实境技术，我们有必要补补课了。由于平时很忙，我就无法为大家翻译了，英文不好的小朋友可以点击这里“享受”Google翻译版。

关于Augmented Reality的中文翻译：由于在本概念在国内不为人熟知，因此也没有一个通用的中文翻译，网上的翻译有扩增实景、扩增实境、扩增现实等版本，我们相信，不久通行的版本将会出现。我个人也给出一个翻译版本——增境现实，和Augmented Reality字面意思有些差别。

本文系转载自Sirus的博客iTorero 这里是英文原文：PS：关于这项技术的更多介绍可以参加这篇天涯海阁的文章，非常详细。

Video games have been entertaining us for nearly 30 years, ever since Pong was introduced to arcades in the early 1970s. Computer graphics have become much more sophisticated since then, and game graphics are pushing the barriers of photorealism. Now, researchers and engineers are pulling graphics out of your television screen or computer display and integrating them into real-world environments. This new technology, called augmented reality, blurs the line between what’s real and what’s computer-generated by enhancing what we see, hear, feel and smell.

On the spectrum between virtual reality, which creates immersive, computer-generated environments, and the real world, augmented reality is closer to the real world. Augmented reality adds graphics, sounds, haptic feedback and smell to the natural world as it exists. Both video games and cell phones are driving the development of augmented reality. Everyone from tourists, to soldiers, to someone looking for the closest subway stop can now benefit from the ability to place computer-generated graphics in their field of vision.

Augmented reality is changing the way we view the world — or at least the way its users see the world. Picture yourself walking or driving down the street. With augmented-reality displays, which will eventually look much like a normal pair of glasses, informative graphics will appear in your field of view, and audio will coincide with whatever you see. These enhancements will be refreshed continually to reflect the movements of your head. Similar devices and applications already exist, particularly on smartphones like the iPhone.

In this article, we’ll take a look at where augmented reality is now and where it may be headed soon.

Augmenting Our World

The basic idea of augmented reality is to superimpose graphics, audio and other sensory enhancements over a real-world environment in real time. Sounds pretty simple. Besides, haven’t television networks been doing that with graphics for decades? However, augmented reality is more advanced than any technology you’ve seen in television broadcasts, although some new TV effects come close, such as RACEf/x and the super-imposed first down line on televised U.S. football games, both created by Sportvision. But these systems display graphics for only one point of view. Next-generation augmented-reality systems will display graphics for each viewer’s perspective.

Some of the most exciting augmented-reality work is taking place in research labs at universities around the world. In February 2009, at the TED conference, Pattie Maes and Pranav Mistry presented their augmented-reality system, which they developed as part of MIT Media Lab’s Fluid Interfaces Group. They call it SixthSense, and it relies on some basic components that are found in many augmented reality systems:

·Camera
·Small projector
·Smartphone
·Mirror
These components are strung together in a lanyardlike apparatus that the user wears around his neck. The user also wears four colored caps on the fingers, and these caps are used to manipulate the images that the projector emits.

SixthSense is remarkable because it uses these simple, off-the-shelf components that cost around $350. It is also notable because the projector essentially turns any surface into an interactive screen. Essentially, the device works by using the camera and mirror to examine the surrounding world, feeding that image to the phone (which processes the image, gathers GPS coordinates and pulls data from the Internet), and then projecting information from the projector onto the surface in front of the user, whether it’s a wrist, a wall, or even a person. Because the user is wearing the camera on his chest, SixthSense will augment whatever he looks at; for example, if he picks up a can of soup in a grocery store, SixthSense can find and project onto the soup information about its ingredients, price, nutritional value — even customer reviews.

By using his capped fingers — Pattie Maes says even fingers with different colors of nail polish would work — a user can perform actions on the projected information, which are then picked up by the camera and processed by the phone. If he wants to know more about that can of soup than is projected on it, he can use his fingers to interact with the projected image and learn about, say, competing brands. SixthSense can also recognize complex gestures — draw a circle on your wrist and SixthSense projects a watch with the current time.

Augmented Reality on Cell Phones

While it may be some time before you buy a device like SixthSense, more primitive versions of augmented reality are already here o n some cell phones, particularly in applications for the iPhone and phones with the Android operating system. In the Netherlands, cell phone owners can download an application called Layar that uses the phone’s camera and GPS capabilities to gather information about the surrounding area. Layar then shows information about restaurants or other sites in the area, overlaying this information on the phone’s screen. You can even point the phone at a building, and Layar will tell you if any companies in that building are hiring, or it might be able to find photos of the building on Flickr or to locate its history on Wikipedia.

Layar isn’t the only application of its type. In August 2009, some iPhone users were surprised to find an augmented-reality “easter egg” hidden within the Yelp application. Yelp is known for its user reviews of restaurants and other businesses, but its hidden augmented-reality component, called Monocle, takes things one step further. Just start up the Yelp app, shake your iPhone 3GS three times and Monocle activates. Using your phone’s GPS and compass, Monocle will display information about local restaurants, including ratings and reviews, on your cell phone screen. You can touch one of the listings to find out more about a particular restaurant.

There are other augmented reality apps out there for the iPhone and other similar phones — and many more in development. Urbanspoon has much of the same functionality as Yelp’s Monocle. Then there’s Wikitude, which finds information from Wikipedia about sites in the area. Underlying most of these applications are a phone’s GPS and compass; by knowing where you are, these applications can make sure to offer information relevant to you. We’re still not quite at the stage of full-on image recognition, but trust us, people are working on it.

We’ve looked at some of the existing forms of augmented reality. On the next page, we’ll examine some of the other applications of the technology, such as in video games and military hardware.

Augmented Reality in Video Games and the Military

Video game companies are quickly hopping aboard the augmented-reality locomotive. A company called Total Immersion makes software that applies augmented reality to baseball cards. Simply go online, download the Total Immersion software and then hold up your baseball card to a webcam. The software recognizes the card  (and the player on it) and then displays related video on your computer screen. Move the card in your hands — make sure to keep it in view of the camera — and the 3-D figure on your screen will perform actions, such as throwing a ball at a target.

Total Immersion’s efforts are just the beginning. In the next couple of years, we’ll see games that take augmented reality out into the streets. Consider a scavenger-hunt game that uses virtual objects. You could use your phone to “place” tokens around town, and participants would then use their phones (or augmented-reality enabled goggles) to find these invisible objects.

Demos of many games of this order already exist. There’s a “human Pac-Man” game that allows users to chase after each other in real life while wearing goggles that make them look like characters in Pac-Man.

Arcane Technologies, a Canadian company, has sold augmented-reality devices to the U.S. military. The company produces a head-mounted display — the sort of device that was supposed to bring us virtual reality — that superimposes information on your world. Consider a squad of soldiers in Afghanistan, performing reconnaissance on an opposition hideout. An AR-enabled head-mounted display could overlay blueprints or a view from a satellite or overheard drone directly onto the soldiers’ field of vision.

Now that we’ve established some of the many current and burgeoning uses of augmented reality, let’s take a look at the technology’s limitations and what the future holds.

Limitations and the Future of Augmented Reality

Augmented reality still has some challenges to overcome. For example, GPS is only accurate to within 30 feet (9 meters) and doesn’t work as well indoors, although improved image recognition technology may be able to help [source: Metz].

People may not want to rely on their cell phones, which have small screens on which to superimpose information. For that reason, wearable devices like SixthSense or augmented-reality capable contact lenses and glasses will provide users with more convenient, expansive views of the world around them. Screen real estate will no longer be an issue. In the near future, you may be able to play a real-time strategy game on your computer, or you can invite a friend over, put on your AR glasses, and play on the tabletop in front of you.

There is such a thing as too much information. Just as the “CrackBerry” phenomenon and Internet addiction are concerns, an overreliance on augmented reality could mean that people are missing out on what’s right in front of them. Some people may prefer to use their AR iPhone applications rather than an experienced tour guide, even though a tour guide may be able to offer a level of interaction, an experience and a personal touch unavailable in a computer program. And there are times when a real plaque on a building is preferable to a virtual one, which would be accessible only by people with certain technologies.

There are also privacy concerns. Image-recognition software coupled with AR will, quite soon, allow us to point our phones at people, even strangers, and instantly see information from their Facebook, Twitter, Amazon, LinkedIn or other online profiles. With most of these services people willingly put information about themselves online, but it may be an unwelcome shock to meet someone, only to have him instantly know so much about your life and background.

Despite these concerns, imagine the possibilities: you may learn things about the city you’ve lived in for years just by pointing your AR-enabled phone at a nearby park or building. If you work in construction, you can save on materials by using virtual markers to designate where a beam should go or which structural support to inspect. Paleontologists working in shifts to assemble a dinosaur skeleton could leave virtual “notes” to team members on the bones themselves, artists could produce virtual graffiti and doctors could overlay a digital image of a patient’s X-rays onto a mannequin for added realism.

The future of augmented reality is clearly bright, even as it already has found its way into our cell phones and video game systems. For more information about the subject and where it’s headed, take a look at the links on the next page.

美国MIT Media Lab（麻省理工学院媒体实验室）的天才学生普拉纳夫- (Prarnav Mistry)，发明了一项结合实体世界和虚拟世界的科技，令人又惊又喜；喜的是，对于未來生活，悠游於实体和虚拟之间，将更自由无限，惊的是，对于现今的人们和企业而言，这场演讲是一提醒 ：「讯息上身，才有未来」。

以下是一段视频，长达13分52秒。但是，我相信你一定不会错过任何一秒。哪怕是它有关于科技，演讲人有浓重的印度口音，但是它如此贴近我们的生活，如此关怀人性，努力把人从“机器前的机器”里解放出来，以至于你会目不转睛地看完这段实况，而且遐想翩翩，愿意努力活到22世纪。
如果说，Windows系统的图形化界面把人们从Dos系统下解放出来，用更符合直觉和人性的方法让人们对电脑进行操作是一次新技术的跨越的话，那么视频里这套Prarnav Mistry提供的第六感（Sixth Sense)装置，则是另外一次意义更为深远的腾跃。和它相比，目前甚嚣尘上的所谓“物流网”，只是这个新技术的小小注脚，无论在深度还是广度上，都无法与之比拟。 网络和电脑技术，终于使得数字世界和现实世界全面融合，人类升级为真正意义上的数位人！新时代就要开始了！

请看视频：

大陆访客请看youku版本（有中文字幕）：

文章来源：cnbeta
英文原文地址：TED

他们是我们的同胞，
他们深陷苦难、举步维艰，
他们露宿街头、无家可归，
他们或老或小，如我们的父母、爷爷奶奶、兄弟姐妹，
他们受到身心双重伤害，
他们仅剩下身体的疾患、无助和绝望的眼泪、心理的创伤。
2009年寒流早早的虐袭了北京，
寒流挡不住豆瓣小文青们看演出的步伐，
挡不住朋友聚会的热情，
挡不住南锣鼓巷一杯咖啡的时光，
挡不住新款衣物起大范儿，
我们渴望纯净的乌托邦，
我们用摇滚乐温暖自己，
可是寒流却让用塑料布裹身、寄居地下通道的同胞们面临生命存活的危机，
每年冬天都有无家可归的老人被冻死街头，
在这个寒冷的季节让我们尽哪怕微薄之力来帮助他们度过这个漫长的冬天。
度过了冬天，也许他们才有力气走更远。
行动起来，做有责任的文艺青年，
没有乌托邦，也要有爱。

更新：由于活动已经结束，这里将不列出所需物资。这里是活动暂停的公告和原因

活动地址： 【请你行动！路有冻死骨，寒流不等人】：延续同胞生命，做有责任的文艺青年

活动时间：

开始时间: 11月18日 周三 17:00
结束时间: 11月24日 周二 23:55

活动相册：

第一次物资发放 11月19日 22：00+ 1号通道 铺在地上的是破布加编第八次发放2009.12.17～12.18
这个孩子才四岁，我们的志愿者小泥用拍立得给她照了张相，她高兴极了。她妈妈说她只在一岁时照过一次相。她身上的衣服大都是好心人捐赠的。

第九次发放：2009.12.21～12.22 22:36我们在胡同里为五号区找房子没找到又来到2号通道看有没有空位，发现了刚来的河南大叔和他五岁的孩子，这个娃娃是大哥在垃圾箱拣来的。正好我们带了一件小孩的衣服。
第十次发放2009.12.26 小天赐拿到了小泥姐姐专门为他挑选的棉鞋。
第十次发放2009.12.2 我们在一起。
引用秀场寡头的寡头的话，祝福还在艰难环境中坚持的人们：

还有十天就到紫薇20岁的生日了，哥哥姐姐们提前祝紫薇生日快乐。祝愿紫薇奶奶的灵魂不再颠沛流离，祝愿紫薇弟弟的病能见证奇迹，祝愿紫薇也能像同龄的女孩子拥有爱情，更要祝愿紫薇的脚不会验证医生说过的到了三四十岁就无法再走路。（感谢克家为我们拍的照片。感谢林蔚捐的棉衣让紫薇那么的漂亮。）

本次活动全部相册链接

点击进入2009世界气候大会各专题网站：

稍后，由图灵社为您带来2009哥本哈根世界气候大会焦点报道以及背景介绍

查看大图

在德鲁克所阐述的创新机遇之七大来源中，唯一具有高度可预见性、而事实上却又经常被忽视的一个来源，就是人口变动；导致这种忽视的原因大概是：决定人口趋势的基础变量（生育率和各年龄段死亡率）的变动，和它们的经济后果最终表现出来，这之间往往有数十年的时间差，这种潜移默化的改变构不成新闻事件，也就很难得到媒体的关注；而对于中国，又多了一个因素：独一无二的计划生育政策将造就出一条从未有人见过的人口结构变动曲线，这条曲线的特殊形状，将让那些从对发达国家发展历史的观察中获得的经验归于无效；对此，产业界必须引起警惕。

每个在中国做生意的人，必须牢牢记住一个年份：1987年，新生人口在这一年达到了2550万的顶峰，此后便以平均每年48万的速度下降，直到2004年后暂时趋稳；你不妨把这一为期16年的人口绝对数下行段想象成一个倒梯形箍圈，它随时间流逝而沿着人口金字塔慢慢往上撸，沿途所经之处，每个以特定年龄段人口为主力消费群的产业，将一个挨一个的遭受打击；现在，它正走在5-21岁这个年龄段，刚刚压过初等教育，正在撞向高等教育，几年前已经碾上摩托车，六七年后将碾到汽车，两三年后推进到住房租赁市场，八九年后将冲进首次购房市场……；在我们所能观察和评估的宏观变量中，没有比这个更加确凿无疑和无法抗拒的了，漠视它的人们，很快将品尝到它的厉害。

需要牢记的另一个年份是2003年，这一年，离开农村进入城市的人口达到历史顶峰2000万，此后便以平均每年170万的速度下降，降至去年的1100万，显然，城市化进程已经走过了拐点；请注意：2003减1987等于16，这恰好是初中毕业的年龄，我们知道，许多农村孩子正是在这个年纪进城打工，现在，城市化的这一来源正在枯竭；同时也要注意，170万3.5倍于48万，因而城市化降速还有其他原因，很可能是农村16至45岁这一青壮年潜在进城人群正在全面萎缩；如果是这样，那对于许多产业将是个十分不详的信号，这些产业过去十年能在目标年龄段人口缩减的情况下保持高速增长，全赖于每年从农村涌入的大批新增城市人口，而现在，这一动力源正在迅速枯竭。

还是2003年，该年死亡率达到了1980年代以来的最低点：6.40‰，此后便以平均每年0.13个千分点的速度上升，对应着死亡人数平均每年22万的递增；考虑到人均寿命还在不断延长，这显然是人口年龄结构老化的结果。殡葬业、墓地、临终医疗、老年护理、养老院，这些产业已经进入一个快速增长期，这一增长将延续到2050年代；在此过程中，整个赡养模式和医疗产业的面貌，都将经历一次彻底的改造，大量创新将随之而涌现。

和经济危机一样，人口箍圈横扫之处，每个产业都将经历一次大扫除，效率低下和盲目扩张的企业将被清除，那些陶醉于过去十年高速增长所带来的兴奋与乐观之中、对自己一度行之有效的商业模式信心满满的企业，将死得最惨；懂得未雨绸缪，善于在逆境中创新的企业，将脱颖而出；要做到这一点，起码要先弄清楚自己的目标消费群年龄结构，再算算离紧箍咒还有多远。

原文链接 via douban

小新的爸爸没了，那么多人纪念，葫芦娃的爸爸抑郁了，有谁关心?

最近豆瓣上发起了一个活动，是给上海美影厂的胡老先生发明信片，不知道大家是否知道这个胡老先生，我想80后90后小时候大概都看过葫芦娃，这位胡进庆老先生正是葫芦娃的作者。有关他的资料，我这里摘录这个帖子的一部分：

聪昨晚来找我，这是她从上海回来第一次跟我见面，balabala讲了很多话，突然她说到她们这次去拜访了很多上海美影厂的老先生们，曾经做出那些多牛比动画的他们，晚年的境遇简直让人心酸，然后提到葫芦娃的导演胡先生，她说她们见到这位先生的那个下午一直在流泪，胡先生患有严重的忧郁症，无法出门，不敢见生人，也不敢说话，他哆哆嗦嗦地活着，见到聪她们这些学动画的年轻人，他竟然连连作揖，卑微地说：未来是你们，你们都是精英，我们已经不行了，未来是你们……当她们要拍胡先生的为数不多手稿时，他连忙捂住说不让拍，这些都是不好的，好的都在厂里，但是他心里明白他的作品不是他的，不是“作者”的，而是属于厂，属于“人民”的，所以在他的家里竟然没有一张定稿的葫芦兄弟，他为自己不能拿出像样的东西来而遗憾和自责。

聪后来听说老先生知道3D的葫芦娃上映很想知道观众的反应，于是跑去上网，其实3D版跟他已经没有什么关系，但是他还是觉得那是自己作品的延续，结果发现网上骂声一片，老先生特别难过，觉得大家都不喜欢葫芦娃了，聪跟我说着眼圈红了，我也掉下泪来，两人这样对坐着，她说，可是老人家不知道，他们做的那么多那么牛的国产动画，在国外拿了那么多奖，而我们现在根本不会做，比如阿凡提的眼泪怎么做出来的，在动画学院根本没有人教过我们，我们怎么算什么精英?又有什么未来。所以那个下午，她们在胡先生家一边听他说葫芦娃，一边流着泪水，谁都无法控制自己的情绪。

聪拉住我说，你要把胡先生的事情写出来，让大家知道。是呀，大多数时候，我听到了什么骇人听闻的事情只会跟身边的人说说，我不愿意写出来，我逃避这种思考的痛苦。可是我一想起那位素未谋面的胡老先生，就揪起心来，热泪盈眶，至少我们的童年里有葫芦兄弟存在的，这是我们记忆的一部份。

据说年轻时的胡先生不仅业务好，创作能力强，也曾风流倜傥，是美影厂三大帅哥之一，跳舞极棒，可是现在时代不需要他了，“人民”不需要他了，他只好蜷缩在忧郁症的牢笼中，连曾经潇洒开朗的性格都丢失了，人生的跌宕起伏，年轻的我们又怎么体会，想到这里，还是禁不住脊背发凉，在一个不断否定历史割裂传统的国度里，我们无法左右那些动荡的到来，只能自律罢了。

当时看了这个帖子，心里的感觉很复杂。如果大家有时间有兴趣，不妨给这个地址写一封信或者发一份明信片，尽一己之力，给这位老先生致以最高的尊重。

邮编（200042）

上海市静安区万春街63弄35支弄7号504室

胡进庆

已经有好多人写好了的说：

来自折耳猫

来自强迫症。

来自赖子

来自黄小源

不知道说什么了。引用赖子的一句话：

爱分很多种，对老人的爱尤其可贵。

中文版说明请点击我

Synopsis:

In late August 2008, following the 100th day of the Sichuan Earthquake, rescue teams began to withdraw and the media ceased to report on the disasters at the schools. Chengdu environmentalist Tan Zuoren and local volunteers were still rushing from one collapsed school to the next, trying to find out why they had collapsed. Autumn went and winter came, Tan Zuoren and Xie Yihui had visited ten counties and cities and over eighty towns and townships in the main disaster region, covering a distance of about 3,000km. They managed to release an investigate report on the internet before the 1st anniversary of the May 12 Earthquake. This is the first investigative report conducted by independent citizens on the collapsed schools.

Just as Tan Zuoren had expected, he lost his freedom. At the same time, Beijing artist Ai Weiwei launched further citizen action. Groups after groups of volunteers went to Sichuan to compile a list of student victims…

This documentary is an incomplete video record about the investigation conducted by these citizens. This is also another piece of testimony that direrctor wishs to submitte to the court trying Tan Zuoren for “suspicion of inciting subversion of state power.”

inside excerpt:

The children of sichuan died in the collapesed building in the May 12,2008 are children of all Chinese. Each of us, that is, Chinese who still have conscience, should feel guilty for these children and should shoulder the responsibility [for their deaths]. When these children suffer misfortune and unfair treatment, apart from saying ‘sorry’ in our hearts, can we do something more specific for them?

Only after we respect the dead can we treat the living with kindness. The 1st anniversary of the May 12 Sichuan Earthquake is around the corner. We want to use this opportunity to make a suggestion via internet: that Chinese netizens should act to mobilize your resources to participate in the building of the “May 12 Student Files,” so that the students and teachers who died in the earthquake are given the respect they deserve.

We recommend that Chinese netizens launch an independent investigation, use it as a basis to uncover the truth which has been hidden from us. We should use it as a foundation for the construction of an online “May 12 Student Memorial”. We should use the internet to once again re-connect the love and dignity between us.  

Proponent: Chengdu netizens Tan Zuoren and XieYihui

下载地址（请复制链接使用电驴或者迅雷下载）

Emule download URL (>>>click me<<<)

发信人: Wind2007 (Wind), 信区: BUAA
标 题: 上海海事大学硕士因贫困自杀 校方称没钱就不该来读书
发信站: 水木社区 (Wed Dec 9 12:41:20 2009), 站内

2009年11月26日早上，上海海事大学09级法学系研究生杨元元在宿舍24#506的卫生间用两条系在一起的毛巾将身体悬挂在卫生间水龙头上，半蹲着以一种极为痛苦的方式结束了自己的生命。

元元六岁丧父，一直和母亲相依为命，漂泊度日。本科毕业偿还债务和贷款后，她考取了上海海事大学法学院的海商法公费研究生，就带着老母一起来学校，想一边读书一边继续照顾老母亲。而因家境贫困且学校地理位置偏僻租房不易，元元和母亲暂时挤在宿舍的小床上将就度日。其间元元多次向学校申请，说明情况，请求学校能够体谅其特殊情况，能让母亲暂住。但学校领导态度冷漠，先是说“没钱不应该来读书”，然后又给了一个永远没有兑现的“一定会安排解决”的口头承诺。元元无奈之下只能四处找房。在觅租还无着落时，学校突然强行撵人，明言禁止其母亲再进宿舍楼，连普通正常的探访都要受到“乡下人”的辱骂和“不发毕业证”的威胁，被逼无奈的母亲瞒着女儿坐在瑟瑟冷风中的学校礼堂前过夜！在找房没有着落时，校方相关人员在不断给元元施压，致其5天5夜没有合眼，元元的精神彻底崩溃绝望，发生了11月26日早上在卫生间自缢的人间悲剧。

更令人心寒的是事发当日：11月26日早上，元元母亲已经感觉到情况不对，于是在早上7点30左右苦苦哀求说明情况请求宿管人员上楼查看，被宿管高华梅以一贯歧视农村人的态度断然拒绝并并跳起来训斥道“我又不是为你一个人服务的，怎么去啊！”恶语撵走了老人。老人四处寻觅未果，在8点40左右电话再次联系元元的同学请求她们帮忙借钥匙查看情况，而宿管人员查看房间后居然人间蒸发，其间还是一个好心的同学给元元母亲打了一个电话只说了一句话“阿姨你快来！”，另一个男宿管在楼下等元元的母亲赶来才拿钥匙上楼，由于害怕承担责任还蒙骗刚进门的母亲说，“你看没人啊！”开门以后元元母亲通过卫生间门的栅格里看到了元元的腿。等到他们再次开门救人时，已经是9点左右，此时死者还有心跳，这时候才拨打120；校方工作人员的玩忽职守、不作为、临场逃跑、见死不救导致元元的抢救时间从7点20一直延迟到9点，使一个本不该逝去的年轻生命因为抢救时间的拖延而离开了人世！

由于图片比较多，有兴趣的话可以点击图片到flikr去查看。

日本一直以来是一个让我们迷惑不解的国家，集体主义，偏执，好战，以及对性的开发似乎是一直以来我们对日本国和日本人民的看法。这种群体性的价值判断是怎么得来的呢？答案恐怕是长久以来我们国家的教育，尤其是历史教育决定的。

关于日本，我们有太多的血泪控诉，批判，敌视的书籍，却很少见有真正客观介绍日本现代生活以及日本历史的。我们从小到大，所了解的日本不外乎二战历史，而跳出这个所谓的“遗留问题”，我们所知甚少，关于这个太平洋上的近邻，我们到底了解些什么呢？

一个没有勇气正视历史的国家，绝无可能创造出经济和文化上的巨大生产力，反观中国，思想的迷失，道德的沦丧，原则的违背，教育的僵化和腐败，甚至连近十几年来的历史都不肯承认，这样没有自信的国家，有什么权利去控诉他国对历史的态度呢？